Parents (Total: 13)

The searched file hash is included in 13 parent files which include package known and seen by metalookup. A sample is included below:

Key	Value
FileSize	368734
MD5	A243F706A0A5265A795F23F5CF9BE1DF
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	223F364621FC6D18B453A0C2B8362CCA4C30D436
SHA-256	2681151AB2E107113D7E6183C4514B6E8904A2BCEA4D398D8CC343C7E471B0E9

Key	Value
MD5	3F943E0B136B496F4BB4CAF8528DAC16
PackageArch	s390x
PackageDescription	This GAP package provides a link to the standard UNIX I/O functionality that is available through the C library. This part basically consists of functions on the GAP level that allow functions in the C library to be called. Built on top of this is a layer for buffered input/output which is implemented completely in the GAP language. It is intended to be used by programs for which it is not necessary to have full direct access to the operating system. On this level, quite a few convenience functions are implemented for interprocess communication like starting up pipelines of processes to filter data through them and to start up processes and then communicate with them. There is also support for creating network connections over TCP/IP and UDP. Building on this, the package contains an implementation of the client side of the HTTP protocol making it possible among other things to access web pages from within GAP. Another part of the package is a framework for object serialization. That is, GAP objects can be converted into a platform-independent byte sequence which can be stored to a file or sent over the network. The code takes complete care of arbitrarily self-referential data structures like lists containing themselves as an entry. The resulting byte strings can be read back into GAP and the original objects are rebuilt with exactly the same self-references. This works for most of the standard builtin types of GAP like numbers, permutations, polynomials, lists, and records and can be extended to nearly arbitrary GAP objects.
PackageMaintainer	Fedora Project
PackageName	gap-io
PackageRelease	2.fc21
PackageVersion	4.3.1
SHA-1	2DA7D5B85460872CFBFE4EE1DC276FB81368C9A4
SHA-256	3CF139CA5017A541E188EF6F3040FF96BB192553A6F9DDAA9CE61582CC531EF2

Key	Value
MD5	0256531139F867A8C68DFEF04A52EC08
PackageArch	aarch64
PackageDescription	This GAP package provides a link to the standard UNIX I/O functionality that is available through the C library. This part basically consists of functions on the GAP level that allow functions in the C library to be called. Built on top of this is a layer for buffered input/output which is implemented completely in the GAP language. It is intended to be used by programs for which it is not necessary to have full direct access to the operating system. On this level, quite a few convenience functions are implemented for interprocess communication like starting up pipelines of processes to filter data through them and to start up processes and then communicate with them. There is also support for creating network connections over TCP/IP and UDP. Building on this, the package contains an implementation of the client side of the HTTP protocol making it possible among other things to access web pages from within GAP. Another part of the package is a framework for object serialization. That is, GAP objects can be converted into a platform-independent byte sequence which can be stored to a file or sent over the network. The code takes complete care of arbitrarily self-referential data structures like lists containing themselves as an entry. The resulting byte strings can be read back into GAP and the original objects are rebuilt with exactly the same self-references. This works for most of the standard builtin types of GAP like numbers, permutations, polynomials, lists, and records and can be extended to nearly arbitrary GAP objects.
PackageMaintainer	Fedora Project
PackageName	gap-io
PackageRelease	2.fc21
PackageVersion	4.3.1
SHA-1	7DAD2B43DA7E09576AC1429E0092B7B10C487AC7
SHA-256	77B62D054A480EF2362C833F56EE44DB680824D3469980E13D0F319589D5C794

Key	Value
FileSize	370936
MD5	B707A1AB92CC72B25DD580F5882FA296
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	7CF01D4B534ED8F92C69DA1E66B8F88F1EF0760D
SHA-256	8A8C73164151748008ABDBDBACE76C6ACA39331239EF0492EF07A031D117FF1E

Key	Value
FileSize	369908
MD5	56051CC82ABF90C0408432ED22E004FB
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	3766793C69B040E41BA69D845E6C815F17B63CA2
SHA-256	E5440593116E95366DC21CE188E93BDB3C42B7DF641F0E37455221FC435AABC0

Key	Value
MD5	274F8B24AC29363B085B57DD9CDC63CB
PackageArch	ppc64
PackageDescription	This GAP package provides a link to the standard UNIX I/O functionality that is available through the C library. This part basically consists of functions on the GAP level that allow functions in the C library to be called. Built on top of this is a layer for buffered input/output which is implemented completely in the GAP language. It is intended to be used by programs for which it is not necessary to have full direct access to the operating system. On this level, quite a few convenience functions are implemented for interprocess communication like starting up pipelines of processes to filter data through them and to start up processes and then communicate with them. There is also support for creating network connections over TCP/IP and UDP. Building on this, the package contains an implementation of the client side of the HTTP protocol making it possible among other things to access web pages from within GAP. Another part of the package is a framework for object serialization. That is, GAP objects can be converted into a platform-independent byte sequence which can be stored to a file or sent over the network. The code takes complete care of arbitrarily self-referential data structures like lists containing themselves as an entry. The resulting byte strings can be read back into GAP and the original objects are rebuilt with exactly the same self-references. This works for most of the standard builtin types of GAP like numbers, permutations, polynomials, lists, and records and can be extended to nearly arbitrary GAP objects.
PackageMaintainer	Fedora Project
PackageName	gap-io
PackageRelease	2.fc21
PackageVersion	4.3.1
SHA-1	DF718F252C197003065B5D0126784F71F4CBF2C8
SHA-256	566B121E8D4673DD50E0C3DF486857BFFD28D1AE10AF959965A66536A96B6EA7

Key	Value
FileSize	368792
MD5	EAEBDA08916588FD2920B51D34AE7645
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	B00D0C87E401E05F0819D2981C2768176AB051AE
SHA-256	65E27FE01EC7105507DF88DF83520F3F81B6B84C0DFFAF695BDD419B23C2AB45

Key	Value
FileSize	368726
MD5	A4FA1411E74E923B4A893CF372E860D7
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	0B02C80D2534210C920132DF737D61E6C1368898
SHA-256	D77799A3ED4FB37E2CD97B1AEF4A0715CFC188E6FEEB0822258482A1E00790BD

Key	Value
MD5	FA072B7F5552475CCD3D624137C56AD9
PackageArch	ppc64le
PackageDescription	This GAP package provides a link to the standard UNIX I/O functionality that is available through the C library. This part basically consists of functions on the GAP level that allow functions in the C library to be called. Built on top of this is a layer for buffered input/output which is implemented completely in the GAP language. It is intended to be used by programs for which it is not necessary to have full direct access to the operating system. On this level, quite a few convenience functions are implemented for interprocess communication like starting up pipelines of processes to filter data through them and to start up processes and then communicate with them. There is also support for creating network connections over TCP/IP and UDP. Building on this, the package contains an implementation of the client side of the HTTP protocol making it possible among other things to access web pages from within GAP. Another part of the package is a framework for object serialization. That is, GAP objects can be converted into a platform-independent byte sequence which can be stored to a file or sent over the network. The code takes complete care of arbitrarily self-referential data structures like lists containing themselves as an entry. The resulting byte strings can be read back into GAP and the original objects are rebuilt with exactly the same self-references. This works for most of the standard builtin types of GAP like numbers, permutations, polynomials, lists, and records and can be extended to nearly arbitrary GAP objects.
PackageMaintainer	Fedora Project
PackageName	gap-io
PackageRelease	2.fc21
PackageVersion	4.3.1
SHA-1	A75960C7366F2BB622189477820913D98B9B4600
SHA-256	66E37045DF15DD35E8DD1AC2CAFE88E6969F5E7FB262F7CFFCE1ACE2EC5D8EA1

Key	Value
FileSize	371310
MD5	F1FBDD8A851F4228C9453D3AB106A461
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.2+ds-1
SHA-1	66EFF46C07C734DA17A81BEB3AEB0A82E64CC08E
SHA-256	B70E29156F35AEC62C8EDCE12BC43F49F306BAE7FDE547BEA3057D4AAFE7F34F

Key	Value
FileSize	372734
MD5	556C7ED799E6F771320099767F9AB21B
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.2+ds-1
SHA-1	0FC3E57FF528D5A4830AA601132A3EC6E66E7EF6
SHA-256	0B293659DFAFF85AE6F2B8D8E9508033196FE62B962299477CD9EE2546FBF6CF

Key	Value
MD5	25580D79FC26279EB99DADC423B7A871
PackageArch	s390
PackageDescription	This GAP package provides a link to the standard UNIX I/O functionality that is available through the C library. This part basically consists of functions on the GAP level that allow functions in the C library to be called. Built on top of this is a layer for buffered input/output which is implemented completely in the GAP language. It is intended to be used by programs for which it is not necessary to have full direct access to the operating system. On this level, quite a few convenience functions are implemented for interprocess communication like starting up pipelines of processes to filter data through them and to start up processes and then communicate with them. There is also support for creating network connections over TCP/IP and UDP. Building on this, the package contains an implementation of the client side of the HTTP protocol making it possible among other things to access web pages from within GAP. Another part of the package is a framework for object serialization. That is, GAP objects can be converted into a platform-independent byte sequence which can be stored to a file or sent over the network. The code takes complete care of arbitrarily self-referential data structures like lists containing themselves as an entry. The resulting byte strings can be read back into GAP and the original objects are rebuilt with exactly the same self-references. This works for most of the standard builtin types of GAP like numbers, permutations, polynomials, lists, and records and can be extended to nearly arbitrary GAP objects.
PackageMaintainer	Fedora Project
PackageName	gap-io
PackageRelease	2.fc21
PackageVersion	4.3.1
SHA-1	1CE923D385CAFCE7DF0CEEB8079462FC8D828F4E
SHA-256	642D37593E426C72EE7D050B0CF56F3A313378A9EE845A95C216C7E1226DFA6C

Key	Value
FileSize	369438
MD5	388EDCEA2AA50912C15C53D9FA83EB72
PackageDescription	low level C library IO bindings for GAP GAP is a system for computational discrete algebra with particular emphasis on computational group theory, but which has already proved useful also in other areas. . This package allows GAP to access UNIX I/O C-library functions.
PackageMaintainer	Ubuntu Developers <ubuntu-devel-discuss@lists.ubuntu.com>
PackageName	gap-io
PackageSection	math
PackageVersion	4.3.1+ds-1
SHA-1	E3FC5B48F34A6A4C5F0F3C768D2A5F842FE2DF68
SHA-256	EB095F274BC27BD062FCCAB89BCB4CC9B4CAC084FED2F6212BA0F3156152DE49